Vitor Willian Racoski Zin

Electrical and Electronics Engineer with a strong focus on industrial electrical systems design, specializing in medium- and low-voltage power distribution for complex facilities. I bring a solid combination of design engineering expertise and operational experience, enabling me to develop electrical systems that are technically robust, safe, and practical to operate. In my current role as a Mid-Level Electrical Systems Designer, I lead the development of electrical engineering projects for industrial plants, covering the full lifecycle of MV and LV power distribution systems. My responsibilities include performing load flow, short-circuit, and voltage drop calculations, defining equipment specifications, and sizing substations, MCCs, and industrial process installations to meet performance and regulatory requirements. I design and coordinate electrical interfaces for PLC-controlled systems, ensuring seamless integration with automation and control architectures. My work involves producing and reviewing single-line diagrams, power layouts, grounding systems, and technical documentation using AutoCAD and Revit, maintaining alignment with project standards and best engineering practices. I have extensive experience in the selection and dimensioning of power, control, and instrumentation cables, using manufacturer technical data (such as Prysmian) and ensuring full compliance with NBR standards, safety regulations, and operational reliability requirements throughout the project lifecycle. Previously, I worked in data center engineering operations at Amazon Web Services (AWS) in Italy, where I operated and maintained mission-critical electrical and mechanical infrastructure, including UPS systems, generators, power distribution, and HVAC. This role strengthened my understanding of system reliability, redundancy, and real-world operational constraints, which I now apply directly to my design work. Earlier in my career, I contributed to electrical design projects and electronic development in Brazil and the UK, gaining hands-on experience with PCB design, instrumentation, and energy systems. This background allows me to bridge electronics, automation, and power engineering, adding depth and precision to my electrical system designs. I am driven by technical accuracy, problem-solving, and continuous improvement, with a strong commitment to designing safe, efficient, and sustainable electrical systems for industrial environments.